Products

Swift®col Health 9059 solvent-based acrylic self-curing pressure-sensitive adhesive is for manufacturers of medical products and devices who want to adhere to skin.

Swift®col Health 9059 solvent-based acrylic self-curing pressure-sensitive adhesive provides excellent adhesive film clarity and an outstanding balance between adhesion and cohesion while conforming to ISO 10993 biocompatibility standards, including 10993-5 (tests for cytotoxicity) and 10993-10 (tests for skin irritation and sensitization).

This allows manufacturers of medical products and devices to access an adhesive solution for a wide variety of materials without the risk of transfer or residue.

Swift®col Health 9059 provides high solids for effective drying costs and quick machine run rates for better OEE while ensuring the safest solutions for skin with biocompatible regulatory support.

H.B. Fuller HB6300CLR-N is an acrylic waterborne polymer primarily designed as a pressure-sensitive adhesive. This product is formulated in clear and acts as a contact adhesive, especially for strip lash adhesive in H.B. Fuller's product lineup. It aids in preparing the eyelash to adhere to the strip lash adhesive. Suitable substrates for this adhesive include bonding to the eyelash as well as bonding to strip lash adhesive, resulting in a stronger hold.

Swift®melt 2060ZP is a pressure-sensitive hot-melt adhesive designed for medical tape and medical dressing. It has high adhesion for the skin and is without glue residue on the skin. It is safe in skin contact and suitable for backing materials such as perforated PE film, non-woven, etc.

Swift®melt 1C2582 is a base hot-melt adhesive for traditional Herbal patches. It has good compatibility with various extractums, powders, etc. and can be coated as extremely low as 90°C. It applies good initial tack and medium adhesion without glue residue on the skin. It is a transparent light color solid.

Swift®melt 1C2510 is a pressure-sensitive hot-melt adhesive designed for general-used fixing of medical tape and disposable medical dressing. It applies good initial tack and medium adhesion without glue residue on the skin. It is safe in skin contact and suitable for backing materials such as non-woven and needle-punched non-woven, etc.

Swift®melt 1C2519-CZP is a pressure sensitive hot-melt adhesive designed for medical tape and medical dressing. It has medium adhesion for skin and without glue residue on skin. It is safe in skin contact and suitable for backing materials as perforated PE film, non-woven, etc.

Swift®col Health 9595 solvent-borne acrylic self-curing pressure-sensitive adhesive is for manufacturers of medical products and devices who want to adhere to skin.

Swift®col Health 9595 solvent-borne acrylic self-curing pressure-sensitive adhesive provides high initial tack and good adhesion combined with a high wettability to ensure timely bonding. This adhesive is certified as conforming to ISO 10993 biocompatibility standards, including 10993-5 (tests for cytotoxicity) and 10993-10 (tests for skin irritation and sensitization).

This allows manufacturers of medical products and devices to access a toluene-free adhesive solution that adheres quickly to skin and substrate materials.

Swift®col Health 9595 provides high solids to lower drying costs and quick machine run rates for better OEE while ensuring the safest solutions for skin with biocompatible regulatory support.

H.B. Fuller HB6300BLK-N is also an acrylic waterborne polymer. It functions as a pressure-sensitive adhesive formulated in black, serving as a contact adhesive for strip lash adhesive in H.B. Fuller's product range. It assists in preparing the eyelash for adherence to the strip lash adhesive. This adhesive bonds to the eyelash and to the strip lash adhesive, ensuring a secure and lasting hold.

Swift®melt 1C2049NZP, a hot-melt pressure-sensitive adhesive renowned for its good tack, peel strength, and low skin sensitization. Presented in a solid form, it is applied using roller methods and is available in boxes for convenient storage and availability.